Benchmark test Industrial PCs

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We reserve the right to change the content of this manual without prior notice. The information contained

herein is believed to be accurate as of the date of publication, however, B&R makes no warranty, expressed

or implied, with regards to the products or the documentation contained within this document. B&R shall not

be liable in the event if incidental or consequential damages in connection with or arising from the furnishing,

Industrial PCs

Date:

16 October 2009

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Oktober 16, 2009 2/59

I Versions

Version Date Comment Edited by

2.0 08.06.2005 First edition GIA

2.1 26.09.2005 Document upgrade with B&R Automation Runtime (AR010 Version

E2.82) tests

GIA

2.2 29.11.2005 Document upgrade with B&R Automation Runtime (AR106 Version

B2.83) tests

GIA

2.3 19.03.2008 • Document changeover to BrManualTech V2.6 guideline

• Document upgrade with APC810 (SiSoft Sandra 2007)

tests

EBB

2.4 06.02.2009 • Benchmark enhancements with PP300/400 (LX800-500) MIK

2.5 28.04.2009 • Benchmark enhancements with APC810 (Intel Atom N270

+ 945GME)

• Benchmark enhancements with APC810 (Intel T9400 +

GM45).

MIK

+ 945GME)

• Upgrade the document with Sisoft Sandra Pro Business

2007 benchmarkresults „Removeable Storage“.

RAM

+ 945GME)

MIK

2.8 11.08.2009 • Benchmark enhancements with APC810 (Intel P8400 +

GM45).

MIK

2.9 16.10.2009 • Benchmark enhancements with INTEL Evalboard (Intel

Z530 + US15W Chipset).

MIK

Table 1: Versions

II Distribution

Name Company, Department Amount Remarks

Table 2: Distribution

III Safety notices

Safety notices in this document are organized as follows:

Safety notice Description

Danger! Disregarding the safety regulations and guidelines can be life-threatening.

Warning! Disregarding the safety regulations and guidelines can result in severe injury or heavy damage to

mate-rial.

Caution! Disregarding the safety regulations and guidelines can result in injury or damage to material.

Information: Important information used to prevent errors.

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IV Test location

# Company Street Postal

code

City Telephone Contact

1 B&R B&R Strasse 1 A-5142 Eggelsberg

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Oktober 16, 2009 4/59

V Table of Contents

1 What's it all about?...5

2 Hardware ...6

2.1 Devices being tested...6

2.2 Hard disks / removeable devices ...7

3 Software ...8

3.1 Benchmark programs...8

3.2 Operating system...8

4 Results...9

4.1 Sisoft Sandra 2002 Prof...9

4.1.1 CPU arithmetic... 9

4.1.2 CPU multimedia ... 11

4.1.3 Memory bandwidth... 13

4.2 Sisoft Sandra 2005 SR1 ...15

4.2.1 CPU arithmetic... 15

4.2.2 CPU multimedia ... 17

4.2.3 Memory bandwidth... 19

4.3 PCMark2002 ...21

4.4 PCMark04 ...23

4.5 Winbench99 ...25

4.5.1 CPUMark99 ... 25

4.5.2 FPUWinMark... 27

4.5.3 Direct Draw ... 29

4.5.4 Disk Inspection Test... 31

4.5.5 High End Disk WinMark99 ... 33

4.5.6 Business Disk WinMark99 ... 35

4.6 HDTACH Version 2.70...37

4.6.1 HDTACH read speed ... 37

4.6.2 HDTACH access time measurement ... 38

4.7 3D Mark 2000 ...39

4.8 3D Mark 2001SE...41

4.9 B&R Automation Runtime AR010 Version E2.82 ...43

4.10 B&R Automation Runtime AR106 Version B2.83 ...45

4.10.1 Structure of the test... 45

4.10.2 Test procedure... 45

4.10.3 Results ... 46

4.11 Sisoft Sandra Pro Business 2007 ...47

4.11.1 CPU arithmetic... 47

4.11.2 CPU multimedia ... 49

4.11.3 Memory bandwidth... 51

4.11.4 Cache and memory bandwidth ... 53

4.11.5 Physical devices / removeable devices... 55

5 Figure Index ...57

6 Table Index...58

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1 What's it all about?

This document is meant to show how the performance of different B&R industrial PCs to each other.

The setup of information provided was based on a setup used by many popular magazines and web

pa-ges (e.g. Techchannel).

Information:

All results provided cannot be interpreted and used as absolute values. They should considered

comparison values that can vary slightly depending on the operating system and computer being

used.

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Oktober 16, 2009 6/59

2 Hardware

The following hardware was used for the benchmark tests:

2.1 Devices being tested

# CPU RAM VGA controller Manuf.

Power Panel 100/200 (5PP120.1505-37)

1 Geode SC2200 266 MHz 128 MB SD RAM Geode SC2200 4MB (Shared) B&R

IPC2001

2 AMD 486DX2-66 MHz 8 MB DRAM Chips & Technologies 65535 1MB B&R

3 AMD 486DX5-133 MHz 32 MB DRAM Chips & Technologies 65535 1MB B&R

IPC5000C

4 Intel Celeron 3 566 MHz 66 MHz FSB 256 MB SDRAM 100 MHz Chips & Technologies 69000 2MB B&R

5 Intel Celeron 3 850 MHz 66 MHz FSB 256 MB SDRAM 100 MHz Chips & Technologies 69000 2MB B&R

6 Intel Pentium 3 600 MHz 100 MHz FSB 256 MB SDRAM 100 MHz Chips & Technologies 69000 2MB B&R

7 Intel Pentium 3 850 MHz 100 MHz FSB 256 MB SDRAM 100 MHz ATI Rage Mobility 4MB B&R

APC680

8 Intel Celeron 3 850 MHz 100 MHz FSB 256 MB SDRAM 133 MHz Intel 815E Graphics Controller 32

MB

B&R

9 Intel Pentium 3 1.26 GHz 133 MHz FSB 512 MB SDRAM 133 MHz Intel 815E Graphics Controller 32

MB

B&R

APC620 with INTEL 815E chipset

10 Intel Celeron 3 400 MHz 100 MHz FSB 256 MD SDRAM 133 MHz Intel 82815 Graphics Controller 32

MB

B&R

11 Intel Celeron 3 733 MHz 133 MHz FSB 512 MB SDRAM 133 MHz Intel 82815 Graphics Controller 32

MB

B&R

12 Intel Celeron 3 1000 MHz 133 MHz

FSB

512 MB SDRAM 133 MHz Intel 82815 Graphics Controller 32

MB

B&R

APC620 with INTEL 855GME chipset

13 Intel Celeron M 600 MHz 400 MHz FSB 256 MB DDR-SDRAM PC2700

333 MHz

Intel 82855 GME Graphic Controller 64 MB B&R 14 Intel Celeron M 1000 MHz 400 MHz FSB 256 MB DDR-SDRAM PC2700 333MHz

Intel 82855 GME Graphic Controller 64 MB

B&R

15 Intel Pentium M 1.1 GHz 400 MHz FSB 1 GB DDR-SDRAM PC2700

333 MHz

B&R

16 Intel Pentium M 1.4 GHz 400 MHz FSB 512 MB DDR-SDRAM PC2700

333 MHz

B&R

17 Intel Pentium M 1.6 GHz 400 MHz FSB 1 GB DDR-SDRAM PC2700

333 MHz

B&R

18 Intel Pentium M 1.8 GHz 400 MHz FSB 512 MB DDR-SDRAM PC2700

333 MHz

B&R

Other test computers

19 Intel Pentium 4 2.4 GHz 533 MHz FSB 512 MB DDR-SDRAM 333 MHz Intel 82865G Graphics Controller 96

MB

HP

20 Intel Pentium 4 2.6 GHz 533 MHz FSB 512 MB DDR-SDRAM 333 MHz Sapphire ATI Radeon 9600 Atlantis

256 MB DDR

HP

21 Celeron M 1.06 GHz 533 MHz FSB 512MB DDR2-SDRAM Intel Graphics Media Accelerator

950 max. 224MB

B&R

22 Celeron M 1.06 GHz 533 MHz FSB 2x512MB DDR2-SDRAM Intel Graphics Media Accelerator

950 max. 224MB

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# CPU RAM VGA controller Manuf.

23 Core 2 Duo 1.06 GHz 533 MHz FSB 2x1024MB DDR2-SDRAM Intel Graphics Media Accelerator

950 max. 224MB

B&R

24 Core 2 Duo 1.50 GHz 667MHz FSB 2x512MB DDR2-SDRAM Intel Graphics Media Accelerator

950 max. 224MB

B&R

25 Core Duo 1.66 GHz 667MHz FSB 2x1024MB DDR2-SDRAM Intel Graphics Media Accelerator

950 max. 224MB

B&R

26 Core 2 Duo 2.16 GHz 667MHz FSB 1024MB DDR2-SDRAM Intel Graphics Media Accelerator

950 max. 224MB

B&R

27 Core 2 Duo 2.16 GHz 667MHz FSB 2x1024MB DDR2-SDRAM Intel Graphics Media Accelerator

950 max. 224MB

B&R

Power Panel 300/400 (5PP320.1214-39)

28 AMD Geode LX800-500 256MB DDR-SDRAM 333MHz AMD Geode LX800 4MB B&R

APC810 with Intel 945GME chipset + Intel Atom N270

29 Intel Atom N270 1,6GHz, 533MHz FSB,

512KB Cache

2 x 2048MB DDR2-SDRAM Intel Graphics Media Accelerator

950 max. 224MB

B&R

APC810 with Intel GM45 chipset + Intel T9400

30 Core 2 Duo 2,53GHz, 1066 MHz FSB,

6MB Cache

2 x 2048MB DDR3-SODIMM Intel GM45 B&R

APC620 with Intel 945GME chipset + Intel Atom N270

31 Intel Atom N270 1,6GHz, 533MHz FSB,

512KB Cache

1024MB DDR2-SDRAM Intel Graphics Media Accelerator

950 max. 224MB

B&R

APC810 with Intel GM45 chipset + Intel P8400

32 Core 2 Duo 2,26GHz, 1066 MHz FSB,

3MB Cache

2 x 2048MB DDR3-SODIMM Intel GM45 B&R

INTEL Evalboard with INTEL US15W Chipsatz + INTEL Atom Z530

33 Intel Atom Z530 1,6GHz, 533MHz FSB,

512KB Cache

1024MB DDR2-SDRAM Intel US15W INTEL

Table 5: Devices being tested

2.2 Hard disks / removeable devices

# Name Storage capacity Rotary speed / cache Manufacturer

ICP5000C hard disks

1 Slide-In HD MHK2060AT 5.6 GB 4200 (rpm) / 512 KB Fujitsu/B&R

APC620 hard disks

2 Add-On HD MHT2020AC 20 GB 4200 (rpm) / 2MB Fujitsu/B&R

3 Add-On HD MHT2030AR 30 GB 4200 (rpm) / 2 MB Fujitsu/B&R

4 Slide-In HD MHT2020AC 20 GB 4200 (rpm) / 2 MB Fujitsu/B&R

5 Slide-In HD MHT2030AR 30 GB 4200 (rpm) / 2 MB Fujitsu/B&R

6 Travelstar 40 GB 7200 (rpm) / 8 MB Hitachi

Reference hard disk

7 ST340014A 40 GB 7200 (rpm) / 2 MB Seagate

8 ST940817SM 40GB 5400 (U/min) / 8 MB Seagate

Compact Flash cards

1 _{5CFCRD.1024-03 1}_GB _- _B&R

2 _{5CFCRD.1043-04 1}_GB _- _B&R

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Oktober 16, 2009 8/59

3 Software

The following software products were used for the tests:

3.1 Benchmark programs

# Name Manufacturer WEB link

1 Sandra 2002 Prof Sisoft http://www.sisoftware.net/

2 Sandra 2005 SR1 Lite Sisoft http://www.sisoftware.net/

3 PC Mark 2002 MadOnion.com Inc. http://www.futuremark.com/

4 PC Mark04 Futuremark Coperation http://www.futuremark.com/

5 WinBench99 ZD Net/Ziff-Davis http://www.zdnet.de/

6 HDTACH V2.70 Simpli Software http://www.simplisoftware.com/

7 3D Mark 2000 MadOnion.com Inc. http://www.futuremark.com/

8 3D Mark 2001SE MadOnion.com Inc. http://www.futuremark.com/

9 B&R Automation Runtime B&R http://www.br-automation.com

10 B&R Automation Runtime AR106 B&R http://www.br-automation.com

11 Sandra Pro Business 2007 Sisoft http://www.sisoftware.net/

Table 7: Benchmark programs used and the corresponding WEB links

3.2 Operating system

Windows 98 was used as the operating system for IPC2001 computers.

Microsoft Windows XP Professional SP2 was used for all other computers.

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4 Results

4.1 Sisoft Sandra 2002 Prof.

Sisoft Sandra provides many different tests.

For this reason, Sandra has become a very popular benchmark program and is used in nearly all

per-formance tests.

4.1.1 CPU arithmetic

Here, the program determines the maximum number of operations per second. The result is output in

MIPS (Million Instructions per Second).

At the same time, the maximum number of floating point operations per second is also determined. The

result is shown in MFLOPS (Million Floating Point Operations per Second).

# Test device Dhrystone ALU (MIPS) Whetstone FPU (MFLOPS)

VIA CPUs VIA M6000, 600MHz 7711 2101 VIA M10000, 1000 MHz 15921 3671 Power Panel 100/200 3 Geode 266 MHz, 128 MB RAM 329 202 IPC2001 computer 4 AMD 486DX2 66 MHz 8 MB DRAM 85 30 5 AMD 486DX5 133 MHz 32 MB DRAM 169 60 IPC5000C computer 6 Celeron 3 566 MHz, 256 MB SDRAM 1513 765 7 Celeron 3 850 MHz, 256 MB SDRAM 2267 1149 8 Pentium 3 600 MHz, 256 MB SDRAM 1614 810 9 Pentium 3 850 MHz, 256 MB SDRAM 2267 1149

10 Celeron 3 850 MHz, 256 MB SDRAM 2283 1147

11 Pentium 3 1.26 GHz, 256 MB SDRAM 3482 1697

14 Celeron 3 1 GHz, 256 MB SDRAM 2751 1340

15 Celeron M 600 MHz, 256 MB DDR-SDRAM 2008 1170 16 Celeron M 1 GHz, 256 MB DDR-SDRAM 3533 1948 17 Pentium M 1.1 GHz, 1GB DDR-SDRAM 4580 2149 18 Pentium M 1.4 GHz, 512 MB DDR-SDRAM 4945 2732 19 Pentium M 1.6 GHz, 1GB DDR-SDRAM 5363 3124 20 Pentium M 1.8 GHz, 512 MB DDR-SDRAM 6370 3511

21 Pentium 4 2.4 GHz, 512 MB DDR-SDRAM 4634 2955

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Oktober 16, 2009 10/59

Power Panel 300/400

28 AMD Geode LX800, 256 MB DDR-SDRAM 792 291

Table 8: Results for Sisoft Sandra 2002 Prof. CPU arithmetic

Sisoft Sandra 2002 Prof. CPU Arithmetic Test

771 1592 329 792 753 85 16 9 1086 2002 2751 2283 151 3 2267 1614 226 7 3482 2008 3533 4580 4945 5363 6370 4634 5168 210 367 202 29 1 ₃₅9 30 60 529 976 1340 1147 765 1149 810 114 9 1697 1170 1948 21 49 2732 312 4 351 1 295 5 33 05 0 1000 2000 3000 4000 5000 6000 7000 VIA M6 000 VIA M10 000 Ge ode SC2 20 0-266 Geo de LX80 0-50 0 IPC 500 0 AM D K 6-300 IPC 200 0 486DX 2-66 IPC 200 0 4 86DX 5-13 3 APC6 20 Cele ro n3-400 AP C62 0 Ce lero n3-73 3 AP C62 0 Ce leron 3-10 00 APC6 80 Cele ron 85 0 IPC5 000C Celer on 5 66 IPC5 000C Ce leron 850 IPC5000 C Pen tium3 600 IPC5 000 C Pen tium 3 8 50 APC6 80 P entiu m3-1 260 AP C62 0 Ce lero nM-6 00 APC 620 Cele ron M10 00 AP C620 Pen tium M-11 00 AP C620 Pen tium M-14 00 AP C620 Pent iumM -160 0 AP C620 Pen tium M-18 00 Pent ium 4-24 00 Penti um4-2600

Dhrystone ALU (MIPS) Whetstone FPU (MFLOPS) Figure 1 - Results for Sisoft Sandra 2002 Prof. CPU arithmetic

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4.1.2 CPU multimedia

This test determines the multimedia performance of the CPU. During this test, the speed and

perform-ance are checked for the technologies used, such as MMX, SSE, SSE2 (depending on the processor).

# Test device Integer (it/s) Floating Point (it/s)

VIA CPUs VIA M6000, 600MHz 8742 11962 VIA M10000, 1000 MHz 22552 ₁₁₉₆2 Power Panel 100/200 1 Geode 266 MHz, 128 MB RAM 412 118 IPC2001 computer 2 AMD 486DX2 66 MHz 8 MB DRAM 22 18 3 AMD 486DX5 133 MHz 32 MB DRAM 44 36 IPC5000C computer 4 Celeron 3 566 MHz, 256 MB SDRAM 3084 3772 5 Celeron 3 850 MHz, 256 MB SDRAM 4628 5661 6 Pentium 3 600 MHz, 256 MB SDRAM 3265 3995 7 Pentium 3 850 MHz, 256 MB SDRAM 4629 5663

Table 9: Results for Sisoft Sandra 2002 Prof CPU multimedia

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Oktober 16, 2009 12/59 Sisoft Sandra 2002 Prof. CPU Multimedia

87 4 22 55 41 2 77 7 63 7 22 44 21 47 395 7 46 52 46 21 30 84 46 28 32 65 46 29 68 84 266 2 428 4 ₄₈14 60 09 700 2 772 4 93 86 10 40 0 11 96 11 96 118 95 0 187 ₁₈ ₃₆ 26 65 49 13 6 153 56 54 37 72 56 61 39 95 5 663 854 5 38 39 63 81 70 38 89 51 1 025 4 11 50 4 11 60 8 1 290 5 0 2000 4000 6000 8000 10000 12000 14000 VIA M600 0 VIA M100 00 Geod e SC2 200-266 Geo de LX800 -500 IPC5 000 AM D K 6-300 IPC 2000 486DX 2-6 6 IPC 2000 486 DX 5-133 AP C620 Ce lero n3-400 APC 620 Cel eron 3-73 3 APC620 Celeron3-1 000 AP C680 Cel eron 850 IPC 5000C Ce lero n 56 6 IPC 5000C Ce lero n 850 IPC 5000C Pent ium 3 600 IPC 5000 C Pe ntiu m3 850 APC 680 P ent ium 3-1260 APC6 20 Cel eron M-6 00 APC620 Ce leronM 1000 APC 620 P ent ium M-1 100 APC 620 P ent ium M-1 400 APC 620 P ent ium M-1 600 APC 620 P ent ium M-1 800 Pent ium 4-2400 Pent ium 4-2600

Integer (it/s) Floating Point (it/s)

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4.1.3 Memory bandwidth

The performance of the system memory (main memory) is determined here. This is done by transferring a

large amount of data. The result is the maximum "memory throughput" in MB/s.

# Test device RAM Bandwidth ALU (MB/s) RAM Bandwidth FPU (MB/s)

VIA CPUs VIA M6000, 600MHz 2153 2433 VIA M10000, 1000 MHz 2153 ₂₄₃3 Power Panel 100/200 1 Geode 266 MHz, 128 MB RAM 101 95 IPC2001 Rechner 2 AMD 486DX2 66 MHz 8 MB DRAM 29 30 3 AMD 486DX5 133 MHz 32 MB DRAM 35 37 IPC5000C computer 4 Celeron 3 566 MHz, 256 MB SDRAM 429 455 5 Celeron 3 850 MHz, 256 MB SDRAM 428 428 6 Pentium 3 600 MHz, 256 MB SDRAM 427 428 7 Pentium 3 850 MHz, 256 MB SDRAM 558 428

Table 10: Results for Sisoft Sandra 2002 Prof CPU memory bandwidth

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Oktober 16, 2009 14/59 Sisoft Sandra 2002 Prof. Memory Bandwidth

215 215 10 1 40 4 63 ₂₉ ₃₅ 40 9 675 ₆₅0 58 4 42 9 42 8 42 7 55 8 76 2 1 326 13 95 1 353 13 96 14 39 1 601 19 37 32 01 24 3 95 33 4 62 ₃₀ 37 40 1 66 4 64 6 57 0 45 5 42 8 42 8 42 8 75 2 13 40 ₁401 13 72 1 401 ₁₄₁ 1 16 00 19 48 320 6 24 3 0 500 1000 1500 2000 2500 3000 3500 VIA M600 0 VIA M100 00 Geode SC 220 0-266 Geod e LX 800 -500 IPC 5000 AM D K 6-3 00 IPC2 000 48 6DX 2-6 6 IPC 2000 48 6DX 5-1 33 APC6 20 C eler on3-4 00 AP C620 Cel ero n3-733 AP C620 Ce leron3-1 000 APC6 80 C eleron 850 IPC5000C Cel eron 566 IPC5000C Celeron 850_IPC50 00C Pent ium 3 600 IPC 5000C Pent ium 3 850 APC 680 P entium 3-1260 AP C620 CeleronM -600 APC 620 Cel eronM 1000 APC6 20 Pen tium M-11 00 APC6 20 P entium M-14 00 APC6 20 P entium M-16 00 APC6 20 Pen tium M-18 00 Pent ium 4-2400 Pent ium4 -2600

RAM Bandbreite ALU (MB/s) RAM Bandbreite FPU (MB/s)

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4.2 Sisoft Sandra 2005 SR1

Sisoft Sandra 2005 is the most current version of Sandra and supports the newest technologies (such as

SSE3).

4.2.1 CPU arithmetic

Here, the program determines the maximum number of operations per second. The result is output in

MIPS (Million Instructions per Second).

At the same time, the maximum number of floating point operations per second is also determined. The

result is shown in MFLOPS (Million Floating Point Operations per Second).

Power Panel 100/200 1 Geode 266 MHz, 128 MB RAM 407 170 IPC5000C computer 4 Celeron 3 566 MHz, 256 MB SDRAM 1928 743 5 Celeron 3 850 MHz, 256 MB SDRAM 2896 1122 6 Pentium 3 600 MHz, 256 MB SDRAM 2019 788 7 Pentium 3 850 MHz, 256 MB SDRAM 2913 1128

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Oktober 16, 2009 16/59 Sisoft Sandra 20005 SR1 CPU Arithmetic

407 1022 729 1344 2483 3432 2901 1928 2896 2019 2913 4348 2481 4304 4580 6035 6566 7758 6325 7044 170 277 350 536 989 1367 1119 743 1122 788 1128 1731 1064 1776 1532 1947 2844 3204 3212 3577 0 1000 2000 3000 4000 5000 6000 7000 8000 9000 Geod e S C2200-26 6 Geo de L X800 -500 IPC 5 000 A MD K6-300 AP C620 Ce lero n3-40 0 APC 620 Cel ero n3-73 3 APC620 Celeron3-1 000 APC6 80 Cel ero n 85 0 IPC5 000C Ce leron 566 IPC5 000C Ce leron 850 IPC 5000 C Pe ntiu m3 600 IPC5 000C P entiu m3 850 APC 680 P ent ium 3-1 260 APC620 CeleronM -600 AP C62 0 Ce leronM 1000 APC 620 P ent ium M-1 100 APC 620 P ent ium M-1 400 APC 620 Pent ium M-160 0 APC 620 P ent ium M-1 800 Pent ium 4-2400 Pent ium 4-2600

Dhrystone ALU (MIPS) Whetstone FPU (MFLOPS)

Figure 4 – Results for Sisoft Sandra 2005 SR1. CPU arithmetic

Information:

IPC2001 computers are not included in this test because Sisoft Sandra 2005 SR1 is not supported

by Windows 98.

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4.2.2 CPU multimedia

This test determines the multimedia performance of the CPU. During this test, the speed and

perform-ance are checked for the technologies used, such as MMX, SSE, SSE2, SSE3 (depending on the

proc-essor).

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Oktober 16, 2009 18/59 Sisoft Sandra 2005 SR1 CPU Multimedia

73 3 ₁323 10 86 341 9 631 4 87 21 697 8 46 21 695 9 491 0 698 5 110 53 569 6 9 523 1 047 5 13 349 15 228 17 159 146 76 16 464 15 6 1 721 28 6 41 18 760 1 1 050 2 8 788 5 820 875 5 61 59 8 789 1 331 1 625 8 104 90 ₁₁522 147 07 167 55 18 904 183 51 2 063 5 0 5000 10000 15000 20000 25000 Geod e SC2 200-266 Geod e LX 800 -50 0 IPC 5 000 A MD K6-300 APC6 20 Celer on3-400 APC 620 Cel eron3 -73 3 AP C620 Cel eron 3-1000 AP C680 Cel eron 850 IPC5000C Cel eron 566 IPC5000C Cel eron 850 IPC 5000C Pent ium 3 600 IPC5 000C P entium 3 850 APC6 80 Pent ium 3-12 60 APC620 Cel eron M-6 00 APC620 Cel eronM 100 0 APC6 20 P entiu mM -1100 APC6 20 Pent ium M-140 0 APC6 20 Pent ium M-1600 APC6 20 Pe ntiu mM -1800 Pent ium 4-240 0 Pent ium 4-2600

Figure 5 – Results for Sisoft Sandra 2005 SR1. CPU multimedia

Information:

IPC2001 computers are not included in this test because Sisoft Sandra 2005 SR1 is not supported

by Windows 98.

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4.2.3 Memory bandwidth

The performance of the system memory (main memory) is determined here. This is done by transferring a

large amount of data. The result is the maximum "memory throughput" in MB/s.

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Oktober 16, 2009 20/59 Sisoft Sandra 2005 SR1 Memory Bandwidth

96 63 3 62 407 61 0 ₇₀0 585 42 5 55 8 50 3 42 8 75 3 176 1 1 751 17 13 182 4 ₁₉₄ 2 19 77 1 983 3 204 92 50 6 60 40 1 601 69 4 57 0 449 42 8 42 8 42 9 742 17 60 1 754 170 5 ₁₈₂ 0 ₁₉49 19 77 1 987 3 211 0 500 1000 1500 2000 2500 3000 3500 Geode S C2200-2 66 Geo de LX800 -50 0 IPC 5000 AM D K 6-300 AP C62 0 Celeron3-40 0 APC 620 Cel eron 3-733 APC6 20 Cel eron3-100 0 APC680 Celeron 850 IPC5 000C Cel ero n 5 66 IPC5 000C Cele ron 850 IPC5 000C Pen tium 3 600 IPC5 000C P entiu m3 85 0 APC6 80 Pent ium 3-1260 APC620 Cel eron M-6 00 APC6 20 Cele ronM 100 0 APC 620 Pen tium M-110 0 APC6 20 Penti umM -140 0 APC6 20 Pent ium M-1600 APC 620 P entiu mM -1800 Pent ium 4-240 0 Pent ium 4-2600

RAM Bandbreite ALU (MB/s) RAM Bandbreite FPU (MB/s)

Figure 6 – Results for Sisoft Sandra 2005 SR1. Memory bandwidth

Information:

IPC2001 computers are not included in this test because Sisoft Sandra 2005 SR1 is not supported

by Windows 98.

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4.3 PCMark2002

PCMark2002 is a current benchmark that has many users and is therefore very good for comparing PC

systems. It supports both new and older processors and, for this reason, provides a very good overview

of the performance of various systems.

PCMark2002 tests the following system components:

• The CPU => both Integer and FPU

• Memory subsystems => main memory, L1 & L2 cache

• Graphics card => graphics card memory and AGP bus

• Hard

drive

• Microsoft Windows XP GUI (Graphic User Interface)

• Video performance and quality

• Laptop battery (if PC Mark is being used on a laptop)

# Test device CPU (points) Memory (points)

VIA CPUs VIA M6000, 600MHz 5844 6774 VIA M10000, 1000 MHz 11194 8694 Power Panel 1 Geode 266 MHz, 128 MB RAM 284 354 IPC5000C computer 4 Celeron 3 566 MHz, 256 MB SDRAM 1480 737 5 Celeron 3 850 MHz, 256 MB SDRAM 2142 1045 6 Pentium 3 600 MHz, 256 MB SDRAM 1649 991 7 Pentium 3 850 MHz, 256 MB SDRAM 2256 1145

Table 14: Results for PCMark2002

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Copyright © B&R - Subject to change without notice BenchmarkingtestsIndustriePC_E_V2_9.doc Oktober 16, 2009 22/59 PC Mark2002 58 4 1 119 28 4 12 2 7 22 2 5 29 6 8 19 9 2 14 8 0 21 4 2 38 9 2 16 49 225 6 19 64 33 1 4 ₃₅7 2 47 05 524 6 60 7 0 57 7 2 6 519 677 86 9 35 4 76 2 11 26 11 87 95 8 73 7 1045 20 36 99 1 ₁145 2 593 32 01 37 1 0 46 94 47 27 61 2 1 484 9 66 78 0 1000 2000 3000 4000 5000 6000 7000 8000 VIA M60 00 VIA M10 000 Geod e S C22 00-266 AP C62 0 C elero n3-40 0 APC 620 Cel eron3 -73 3 APC6 20 Ce lero n3-100 0 APC 680 C elero n 85 0 IPC 5000C Cel eron 566 IPC 5000C Ce lero n 850 APC 680 Pen tium 3-126 0 IPC 5000C Pent ium 3 600 IPC 5000 C Pe ntium 3 85 0 APC 620 Cele ro nM-600 APC 620 C ele ronM 1000 APC 620 P entiu m M-1100 APC 620 Pent ium M-1 400 APC 620 P entiu m M-1600 APC 620 P entium M-18 00 Pent ium 4-2 400 Pen tium 4-2 600 Po in ts CPU Memory

Figure 7 – Results for PCMark2002

Information:

IPC2001 computers are not included in this test because PC Mark 2002 requires at least a CPU

with MMX technology.

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4.4 PCMark04

PCMark04 is a benchmark from the newest generation. This program tests and supports the newest

technologies (e.g. HT, SSE3) and takes the system to the limit of its performance.

The test criteria for PCMark04 are similar to the ones for PCMark2002.

All components tested with PCMark2002 are also tested with PCMar2004, however PCMark2004

deter-mines the results with the help of coding and decoding processes for the individual media codecs (e.g.

DivX, WMV Codec, etc.)

The manufacturer explicitly states that the test results from PCMark2002 and PCMar04 are not (!!!)

com-parable!

In addition, all systems can no longer be tested with this program.

The system must meet the following requirements (and others):

• Intel or AMD processor > 1 GHz

• At least 128 MB RAM

• Full DirectX 7 compatible graphics card

• Windows Media Player 9.0 + MS Encoder 9.0

• Microsoft Internet Explorer 6

# Test device Points

Power Panel

1 Geode 266 MHz, 128 MB RAM Not supported

IPC5000C computer

4 Celeron 3 566 MHz, 256 MB SDRAM Not supported

6 Pentium 3 600 MHz, 256 MB SDRAM Not supported

APC680 computer

9 Pentium 3 1.26 GHz, 256 MB SDRAM Not supported

APC620 with INTEL 815 E chipset

13 Celeron M 600 MHz, 256 MB DDR-SDRAM 1326 14 Celeron M 1 GHz, 256 MB DDR-SDRAM 1826 15 Pentium M 1.1 GHz, 1 GB DDR-SDRAM 1961 16 Pentium M 1.4 GHz, 512 MB DDR-SDRAM 2461 17 Pentium M 1.6 GHz, 1GB DDR-SDRAM 2640 18 Pentium M 1.8 GHz, 512 MB DDR-SDRAM 2993

19 Pentium 4 2.4 GHz, 512 MB DDR-SDRAM 2608

(24)

Copyright © B&R - Subject to change without notice BenchmarkingtestsIndustriePC_E_V2_9.doc Oktober 16, 2009 24/59 PCMark04 0 0 0 0 0 0 0 0 0 0 0 0 1326 1826 1961 2461 2640 2993 2608 3452 0 500 1000 1500 2000 2500 3000 3500 4000 VIA M60 00 VIA M1 0000 Geo de SC 2200 -26 6 AP C62 0 C eler on 3-400 APC6 20 Ce lero n3-7 33 APC 620 Ce leron 3-10 00 APC6 80 Ce lero n 850 IPC5 000 C Ce leron 566 IPC 500 0C Ce leron 850 APC 680 Pen tium 3-1 260 IPC5 000C P entiu m3 600 IPC 500 0C P entium 3 85 0 APC 620 Ce lero nM-600 APC6 20 C eleron M1000 APC 620 Pen tium M-11 00 APC 620 P entiu mM -1400 APC 620 Pen tium M-16 00 APC6 20 P entiu m M-1800 Pent iu m4-2400 Pent ium 4-260 0 Poi n ts

Figure 8 – Results for PCMark04

Information:

PCMark04 requires a graphics card that is fully DirectX7 compatible. This requirement is only met

by the APC620 computers with an Intel 855GME chipset.

Therefore there are no test results for Power Panel, IPC2001, IPC5000C, APC680 and APC620 (with

Intel 815 E).

(25)

4.5 Winbench99

WinBench99 was developed together with ZD Net. However, the development was stopped in the middle

of 2000.

Up to that point, WinBench was an important tool for comparing the performance measurements of PC

systems. WinBench99 offers many subprograms that analyze certain aspects of the systems.

This program was used to create comparison values for "older" systems.

4.5.1 CPUMark99

CPUMark99 is a test that determines the computing power of the CPU. All arithmetic units on the CPU.

As a result, the program calculates a number of points that can be used for further comparison.

Power Panel 1 Geode 266 MHz, 128 MB RAM 7.08 IPC2001 computer 2 AMD 486DX2 66MHz, 8MB DRAM 3.21 3 AMD 486DX5 133 MHz, 32 MB DRAM 4.19 IPC5000C computer 4 Celeron 3 566 MHz, 256 MB SDRAM 43.6 5 Celeron 3 850 MHz, 256 MB SDRAM 64.7 6 Pentium 3 600 MHz, 256 MB SDRAM 56.9 7 Pentium 3 850 MHz, 256 MB SDRAM 76.1 APC680 computer 8 Celeron 3 850 MHz, 256 MB SDRAM 57.2 9 Pentium 3 1.26 GHz, 256 MB SDRAM 112

APC620 with INTEL 815 E chipset

10 Celeron 3 400 MHz, 256 MB SDRAM 37.3

13 Celeron M 600 MHz, 256 MB DDR-SDRAM 66.4 14 Celeron M 1 GHz, 256 MB DDR-SDRAM 111 15 Pentium M 1.1 GHz, 1 GB DDR-SDRAM 127 16 Pentium M 1.4 GHz, 512 MB DDR-SDRAM 171 17 Pentium M 1.6 GHz, 1GB DDR-SDRAM 184 18 Pentium M 1.8 GHz, 512 MB DDR-SDRAM 220

19 Pentium 4 2.4 GHz, 512 MB DDR-SDRAM Not supported

(26)

Copyright © B&R - Subject to change without notice BenchmarkingtestsIndustriePC_E_V2_9.doc Oktober 16, 2009 26/59 Winbench99 CPUMark99 7,08 _{3,21 4,19} 37,3 64,1 85,8 57,2 43,6 64,7 112 56,9 76,1 66,4 111 127 171 184 220 0 0 0 50 100 150 200 250 Geod e S C22 00-26 6 IPC2 000 4 86DX 2-66 IPC 200 0 48 6DX5 -133 AP C620 Cel eron3 -400 APC6 20 Cele ron3 -733 APC 620 Ce leron 3-10 00 APC 680 C eler on-850 IPC5 000C Ce leron -566 IPC 5000 C C elero n-8 50 APC68 0 Pen tium 3-1 260 IPC 500 0C P entium 3-60 0 IPC 500 0C Pent ium 3-85 0 APC 620 Cele ron M-600 APC6 20 Ce lero nM-1 000 APC 620 Pent ium M-11 00 APC 620 Pen tium M-1 400 APC6 20 P entiu m M-1600 APC6 20 P entiu m M-1800 Pen tium 4-24 00 Pen tium 4-2 600 Po in ts

Figure 9 – Results for WinBench99 CPUMark99

Information:

Winbench99 could not be executed on Pentium 4 systems because the program had a problem

with the CPU frequency.

(27)

4.5.2 FPUWinMark

As a special feature, FPUWinMark tests the FPU of the CPU being used. The speed and computing

po-wer, among other things, are determined. As a test result, the program calculates a number of points that

can be used for further comparison.

Power Panel 1 Geode 266 MHz, 128 MB RAM 488 IPC2001 computer 2 AMD 486DX2 66MHz, 8MB DRAM 93.5 3 AMD 486DX5 133 MHz, 32 MB DRAM 180 IPC5000C computer 4 Celeron 3 566 MHz, 256 MB SDRAM 3000 5 Celeron 3 850 MHz, 256 MB SDRAM 4410 6 Pentium 3 600 MHz, 256 MB SDRAM 3190 7 Pentium 3 850 MHz, 256 MB SDRAM 4510 APC680 computer 8 Celeron 3 850 MHz, 256 MB SDRAM 4510 9 Pentium 3 1.26 GHz, 256 MB SDRAM 6890

10 Celeron 3 400 MHz, 256 MB SDRAM 2160

(28)

Copyright © B&R - Subject to change without notice BenchmarkingtestsIndustriePC_E_V2_9.doc Oktober 16, 2009 28/59 WInBench99 FPUWinMark 488 93,5 180 2160 3950 5430 4510 3000 4410 6890 3190 4510 3310 5590 6100 7830 8870 10100 0 0 0 2000 4000 6000 8000 10000 12000 Geode S C2200 -266 IPC 200 0 48 6DX 2-6 6 IPC2 000 486 DX 5-133 AP C620 Ce leron3 -400 APC6 20 Cel ero n3-733 AP C620 Cel ero n3-1000 APC680 Celeron-85 0 IPC5 000C Cel ero n-566 IPC5 000C Cel eron -850 APC680 Pent ium 3-1 260 IPC 5000C Pen tium 3-600 IPC 5000C Pent ium 3-8 50 APC6 20 Cel ero nM -600 AP C620 CeleronM -1000 APC6 20 Pe ntiu mM -11 00 APC 620 Pe ntiu mM -140 0 APC620 Pent ium M-160 0 APC620 Pent ium M-180 0 Pent ium 4-24 00 Pent ium 4-26 00 Points

Figure 10 – Results for WinBench99 FPUWinMark

Information:

Winbench99 could not be executed on Pentium 4 systems because the program had a problem

with the CPU frequency.

(29)

4.5.3 Direct Draw

With this test, the system is continually checked to determine how fast and how correct moving 2D/3D

graphics are animated. All supported resolutions and color depths are determined and tested.

The frames per second are measured. The maximum value reached is recorded at the end of the test

re-port.

# Test device Direct Draw resolution 640x480 Direct Draw resolution 800x600

Power Panel 1 Geode 266 MHz, 128 MB RAM 38.8 38.3 IPC2001 computer 2 AMD 486DX2 66 MHz 8 MB DRAM 11.2 9.3 3 AMD 486DX5 133 MHz 32 MB DRAM 12.9 10.3 IPC5000C computer 4 Celeron 3 566 MHz, 256 MB SDRAM 84.5 83 5 Celeron 3 850 MHz, 256 MB SDRAM 85.2 84.1 6 Pentium 3 600 MHz, 256 MB SDRAM 85.4 83.7 7 Pentium 3 850 MHz, 256 MB SDRAM 141 138

19 Pentium 4 2.4 GHz, 512 MB

DDR-SDRAM

Not supported Not supported

20 Pentium 4 2.6 GHz, 512 MB

DDR-SDRAM

Not supported Not supported

(30)

Oktober 16, 2009 30/59 WinBench99 Direct Draw Test

38 ,8 11 ,2 12 ,9 268 35 4 35 9 27 3 84, 5 85 ,2 292 85 ,4 14 1 54 2 87 2 94 6 119 0 129 0 14 10 0 0 38 ,3 9, 3 10, 3 256 33 8 34 5 265 83 84 ,1 28 8 83 ,7 13 8 53 8 871 900 1 200 129 0 13 90 0 0 0 200 400 600 800 1000 1200 1400 1600 Geo de SC2 200-266 IPC 2000 486 DX 2-66 IPC2 000 4 86DX 5-133 AP C620 Ce lero n3-400 APC6 20 C eleron3 -733 APC620 Cel eron 3-1000 APC680 Cel eron-850 IPC 5000C Cel eron -566 IPC 5000C Cel eron-85 0 APC6 80 P ent ium 3-12 60 IPC5 000C P ent ium 3-600 IPC5 000C P ent ium3 -850 APC 620 Cel eronM -600 APC6 20 C eleronM -1000 APC 620 P ent ium M-1100 APC6 20 P ent ium M-1400 APC6 20 P ent ium M-16 00 APC 620 Pent ium M-180 0 Pent ium 4-2400 Pent ium 4-260 0 FPS

Direct Draw Resolution 640x480 Direct Draw Resolution 800x600

Figure 11 – Results for WinBench99 Direct Draw

Information:

Winbench99 could not be executed on Pentium 4 systems because the program had a problem

with the CPU frequency.

(31)

4.5.4 Disk Inspection Test

During this test, the speed of the memory media being used (hard disk, CF, etc.) is determined.

When doing this, the program writes a large amount of data to the memory and determines the data

transfer rates in the individual sectors. The transfer rates reached are shown in a diagram during the test.

The final result contains the maximum and the minimum data transfer rate as well as the average access

time.

# Test device Data rate - start (MB/s) Data rate - end (MB/s) Access time (ms)

1 5.6 GB Fujitsu Slide-In (4200 rpm) 15.3 9.3 20.6

2 20 GB Fujitsu ADD ON (4200 rpm) 20.4 17.9 16 3 30 GB Fujitsu ADD ON (4200 rpm) 24.9 13.2 20 4 20 GB Fujitsu Slide-In (4200 rpm) 20.3 14 18.8 5 30 GB Fujitsu Slide-In (4200 rpm) 24.9 13.3 19.6 6 40 GB Hitachi Travelstar (7200 rpm) 60.3 31.2 13.2 Reference HDD

7 40 GB Seagate ST340014A (7200 rpm) Not supported Not supported Not supported

Table 19: Results for WinBench99 Disk Inspection Test

WinBench99 Disk Inspection Test

20,4 24,9 20,3 24,9 15,3 60,3 0 17,9 13,2 14 13,3 9,3 31,2 0 16 20 18,8 19,6 20,6 13,2 0 0 10 20 30 40 50 60 70 20GB Fujitsu ADD ON 30 GB Fujits ADD ON 20 GB Fujitsu Slide-In 30 GB Fujitsu Slide-In 5,6 GB Fujitsu Slide-In für IPC 5000 40 GB Hitachi Travelstar 7200 Seagate ST340014A 7200 U/min 40GB

Data rate Beginning (MB/s) Data rate End (MB/s) Access Time (ms)

(32)

Information:

There are no results for the reference HDD because WinBench99 had a problem with the CPU

fre-quency for the computer. Therefore the test could not be completed.

(33)

4.5.5 High End Disk WinMark99

This test determines the performance of the memory media under certain conditions. The program

simu-lates individual applications (e.g. Frontpage98, VisualC++ 5.0, etc.) and determines the maximum data

transfer rate in the individual environments.

As test result, the program provides the average of the data transfer rates achieved. These values can be

used for comparison.

# Test device KBytes/s

1 5.6 GB Fujitsu Slide-In (4200 rpm) 5640

2 20 GB Fujitsu ADD ON (4200 rpm) 10400 3 30 GB Fujitsu ADD ON (4200 rpm) 12400 4 20 GB Fujitsu Slide-In (4200 rpm) 12400 5 30 GB Fujitsu Slide-In (4200 rpm) 13400 6 40 GB Hitachi Travelstar (7200 rpm) 22200 Reference HDD

7 40 GB Seagate ST340014A (7200 rpm) Not supported

Table 20: Results for WinBench99 High End Disk WinMark99

High End Disk WinMark99

10400 13400 12400 13400 5640 22200 0 0 5000 10000 15000 20000 25000 20GB Fujitsu ADD ON 30 GB Fujits ADD ON 20 GB Fujitsu Slide-In 30 GB Fujitsu Slide-In 5,6 GB Fujitsu Slide-In für IPC 5000 40 GB Hitachi Travelstar 7200 Seagate ST340014A 7200 U/min 40GB K B yt es /s

(34)

Information:

There are no results for the reference HDD because WinBench99 had a problem with the CPU

fre-quency for the computer. Therefore the test could not be completed.

(35)

4.5.6 Business Disk WinMark99

During this test, the memory media is tested especially for the performance for office and business

appli-cation. As a result, an average data rate is determined that can be used for comparison.

# Test device KBytes/s

1 5.6 GB Fujitsu Slide-In (4200 rpm) 1730

2 20 GB Fujitsu ADD ON (4200 rpm) 3370 3 30 GB Fujitsu ADD ON (4200 rpm) 3370 4 20 GB Fujitsu Slide-In (4200 rpm) 3920 5 30 GB Fujitsu Slide-In (4200 rpm) 3920 6 40 GB Hitachi Travelstar (7200 rpm) 4800 Reference HDD

7 40 GB Seagate ST340014A (7200 rpm) Not supported

Table 21: Results for WinBench99 Business Disk Winmark99

Bussines Disk WinMark99

3370 3370 3920 3920 1730 4800 0 0 1000 2000 3000 4000 5000 6000 20GB Fujitsu ADD ON 30 GB Fujits ADD ON 20 GB Fujitsu Slide-In 30 GB Fujitsu Slide-In 5,6 GB Fujitsu Slide-In für IPC 5000 40 GB Hitachi Travelstar 7200 Seagate ST340014A 7200 U/min 40GB KB y te s /s

(36)

Oktober 16, 2009 36/59

Information:

There are no results for the reference HDD because WinBench99 had a problem with the CPU

fre-quency for the computer. Therefore the test could not be completed.

(37)

4.6 HDTACH Version 2.70

HDTACH is a tool that can be used to determine the data transfer rate of memory media (e.g. hard disk).

When doing this, the data is read from the media and the maximum, minimum and average data rate is

output as the result.

4.6.1 HDTACH read speed

# Test device Maximum data rate

(MB/s)

Average data rate (MB/s) Minimum data rate (MB/s)

1 5.6 GB Fujitsu Slide-In (4200 rpm) 16 12.4 2.3

2 20 GB Fujitsu ADD ON (4200 rpm) 20.6 17.5 13.5 3 30 GB Fujitsu ADD ON (4200 rpm) 26 20.4 12.1 4 20 GB Fujitsu Slide-In (4200 rpm) 20.6 17.6 13.3 5 30 GB Fujitsu Slide-In (4200 rpm) 26 20.3 12.1 6 40 GB Hitachi Travelstar (7200 rpm) 39.9 34.5 26.7 Reference HDD 7 40 GB Seagate ST340014A (7200 rpm) 62.2 47.1 30.4

Table 22: Results for HDTACH 2.70 read speed

HDTACH Hard Disk Read Performance

20,6 26 20,6 26 16 39,9 62,2 17,5 20,4 17,6 20,3 12,4 34,5 47,1 13,5 12,1 13,3 12,1 2,3 26,7 30,4 0 10 20 30 40 50 60 70 20GB Fujitsu ADD ON 30 GB Fujits ADD ON 20 GB Fujitsu Slide-In 30 GB Fujitsu Slide-In 5,6 GB Fujitsu Slide-In für IPC 5000 40 GB Hitachi Travelstar 7200 U/min 40 GB Seagate ST340014A 7200 U/min MB/ s

(38)

Oktober 16, 2009 38/59

4.6.2 HDTACH access time measurement

# Test device Access time (ms)

1 5.6 GB Fujitsu Slide-In (4200 rpm) 20.4

2 20 GB Fujitsu ADD ON (4200 rpm) 18.3 3 30 GB Fujitsu ADD ON (4200 rpm) 19.9 4 20 GB Fujitsu Slide-In (4200 rpm) 18.4 5 30 GB Fujitsu Slide-In (4200 rpm) 18.5 6 40 GB Hitachi Travelstar (7200 rpm) 16.7 Reference HDD 7 40 GB Seagate ST340014A (7200 rpm) 12.5

Table 23: Results for HDTACH access time measurement

HDTACH Access Time

18,3 19,9 18,4 18,5 20,4 16,7 12,5 0 5 10 15 20 25 20GB Fujitsu ADD ON 30 GB Fujits ADD ON 20 GB Fujitsu Slide-In 30 GB Fujitsu Slide-In 5,6 GB Fujitsu Slide-In für IPC 5000 40 GB Hitachi Travelstar 7200 U/min 40 GB Seagate ST340014A 7200 U/min ms

(39)

4.7 3D Mark 2000

Originally, 3D Mark 2000 (like all later 3D Mark versions) was a benchmark that specialized on the

per-formance of 3D games on PC systems.

However, this benchmark generally provides a very good representation of the 3D performance of a

sys-tem.

For this reason, the 3D Mark line was also included in this performance test.

3D Mark 2000 does not have any special requirements (except for MMX technology) and supports a wide

range of systems. This makes it possible to compare many systems and system types

Power Panel

7 Pentium 3 850 MHz, 256 MB SDRAM 737

APC680 computer

9 Pentium 3 1.26 GHz, 256 MB SDRAM 851

(40)

Copyright © B&R - Subject to change without notice BenchmarkingtestsIndustriePC_E_V2_9.doc Oktober 16, 2009 40/59 3D Mark 2000 0 739 790 796 773 0 0 851 0 737 3622 4013 4467 4520 46104768 4674 11364 0 2000 4000 6000 8000 10000 12000 Geode SC 220 0-26 6 APC 620 Cel er on3-400 APC 620 Ce lero n3-7 33 APC 620 C elero n3-1 000 APC 680 Cele ro n-850 IPC 5000 C C eler on-5 66 IPC 500 0C C eler on-85 0 APC6 80 P ent ium 3-126 0 IPC 500C Pe ntium 3-60 0 IPC 500 0C P entiu m3-8 50 APC 620 C elero nM-6 00 APC 620 C eler on M-1000 APC62 0 P entiu mM -110 0 APC 620 P entium M-140 0 APC 620 Pen tium M-160 0 APC 620 P entiu mM -180 0 Pent ium 4-24 00 Pen tium 4-2600 Po in ts

Figure 17 – Results for 3D Mark 2000

Information:

On computers without test results, the graphics controller does not meet the minimum

require-ments.

(41)

4.8 3D Mark 2001SE

3D Mark2001 SE is a further development of 3D Mark 2000 and supports newer technologies (SSE2) and

processors (P4, etc.). The test specializes on these new technologies and therefore the benchmark

can-not be used for all systems.

The results achieved provide a good comparison of the 3D performance as compared to current systems

(systems with Pentium 4, Pentium M, AMD AthlonXP, etc.).

Power Panel

7 Pentium 3 850 MHz, 256 MB SDRAM Not supported

APC680 computer

9 Pentium 3 1.26 GHz, 256 MB SDRAM 651

(42)

Copyright © B&R - Subject to change without notice BenchmarkingtestsIndustriePC_E_V2_9.doc Oktober 16, 2009 42/59 3D Mark 2001SE 0 438 557 565 503 0 0 651 0 0 1627 1731 19472120 22502383 2225 9389 0 1000 2000 3000 4000 5000 6000 7000 8000 9000 10000 Geo de SC22 00-266 APC6 20 C eler on3 -400 APC 620 Ce lero n3-73 3 APC 620 Cel er on3-1000 APC6 80 C eler on-85 0 IPC 5000C Cel er on-566 IPC 500 0C C eler on-850 APC 680 P ent ium3 -126 0 IPC 500 C Pe ntiu m3 -600 IPC 5000C Pe ntium 3-85 0 APC6 20 Ce lero nM-6 00 APC 620 C eler onM-1000 APC6 20 Pe ntiu mM-1100 APC 620 Pe ntiu mM-140 0 APC 620 P ent iumM -160 0 APC 620 Pen tiu mM-180 0 Pent ium4 -240 0 Pent ium 4-260 0 Po in ts

Figure 18 – Results for 3D Mark 2001SE

Information:

On computers without test results, the graphics controller does not meet the minimum

require-ments.

(43)

4.9 B&R Automation Runtime AR010 Version E2.82

Since the APC620 is not only used as a Windows computer, it was necessary to determine the

perform-ance using Automation Runtime. The Windows-based system AR010 Version E2.82 was used. To

de-termine the performance of the computer, a project was created containing intensive integer and floating

point operations. A visualization application was also created, which was executed in a high priority class.

All tasks were executed without(!!) tolerance times. This way, system overloads are recognized

immedi-ately.

The APC620 with Intel Celeron 3, 400 MHz was used as the reference device. The application was

ad-justed so that the computer ran at nearly 100% system load. In order to determine the system load, the

B&R Profiler was used.

After the recording, only the hardware was exchanged, and the project was left the same. This allows the

measurements to be easily compared with each other.

# Test device CPU load in percent (%)

13 Celeron M 600 MHz, 256 MB DDR-SDRAM 85.25 14 Celeron M 1 GHz, 256 MB DDR-SDRAM 50.53 15 Pentium M 1.1 GHz, 1 GB DDR-SDRAM 41.84 16 Pentium M 1.4 GHz, 512 MB DDR-SDRAM 37.58 17 Pentium M 1.6 GHz, 1GB DDR-SDRAM 32.96 18 Pentium M 1.8 GHz, 512 MB DDR-SDRAM 28.96

(44)

Copyright © B&R - Subject to change without notice BenchmarkingtestsIndustriePC_E_V2_9.doc Oktober 16, 2009 44/59 CPU Auslastung 0 10 20 30 40 50 60 70 80 90 100 APC620 Celeron3-400 APC620 Celeron3-733 APC620 Celeron3-1000 APC620 CeleronM-600 APC620 CeleronM1000 APC620 PentiumM-1100 APC620 PentiumM-1400 APC620 PentiumM-1600 APC620 PentiumM-1800 Pr o z ent (% )

(45)

4.10 B&R Automation Runtime AR106 Version B2.83

4.10.1 Structure of the test

The following elements were used for the test:

4.10.1.1 Automation Panel AP920.1505-01

The panel was used to check the that the visualization was displayed correctly

4.10.1.2 36 ACOPOS 1045 axes

To create a high computation load, 36 ACOPOS axes were operated simultaneously. Ethernet

POWER-LINK was used as the bus system

4.10.1.3 26 X20IOs

Since real-time applications require operation of large numbers of I/Os, the X20 I/O system was used in

order to make the test realistic. All available modules were used. These included analog/digital inputs and

outputs, temperature modules, and encoder/counter modules.

4.10.2 Test procedure

During this test, emphasis was placed on demonstrating the performance of the APC series as

realisti-cally as possible. An application was created that reflects realistic demands placed on a system in the

field.

Not only computational performance is important, but also a large number of accesses to individual

sub-systems must also take place (e.g. PCI access for operating bus sub-systems).

To create a complex load on the computer, 5 different task classes with different timings were used.

Vari-ous cyclic programs were executed. The cycle times ranged from 1.6 ms in the highest priority task class

#1 to 200 ms in task class #5.

A visualization application was also created containing a large number of pages.

As an additional load on the system, 36 ACOPOS axes were operated simultaneously via Ethernet

PO-Ethernet POWERLINK

(46)

Oktober 16, 2009 46/59

The size of the project was adjusted in such a way that an APC620 with an INTEL Celeron3 400 MHz

reaches a load of approximately 90%. Once the project is activated, a profiler measurement was started

for a duration of one minute. Then the results of the measurement were evaluated and saved.

After the test, the CF was removed and another target system was connected. The project was left

un-changed (same structure, same software) in order to achieve consistent results (the project

„APC620p.pgp“ used can be found here in the benchmark folder).

4.10.3 Results

# Test device CPU load in percent (%)

13 Celeron M 600 MHz, 256 MB DDR-SDRAM 48.69 14 Celeron M 1 GHz, 256 MB DDR-SDRAM 42.07 15 Pentium M 1.1 GHz, 1 GB DDR-SDRAM 34.43 16 Pentium M 1.4 GHz, 512 MB DDR-SDRAM 33.29 17 Pentium M 1.6 GHz, 1GB DDR-SDRAM 30.14 18 Pentium M 1.8 GHz, 512 MB DDR-SDRAM 29.15

Table 27: Results for B&R AR106 Version B2.83

CPU Auslastung 0 10 20 30 40 50 60 70 80 90 APC620 Celeron3-400 APC620 Celeron3-733 APC620 Celeron3-1000 APC620 CeleronM-600 APC620 CeleronM1000 APC620 PentiumM-1100 APC620 PentiumM-1400 APC620 PentiumM-1600 APC620 PentiumM-1800 P rozent(%)

(47)

4.11 Sisoft Sandra Pro Business 2007

4.11.1 CPU arithmetic

Here, the program determines the maximum number of operations per second. The result is output in

MIPS (Million Instructions per Second).

At the same time, the maximum number of floating point operations per second is also determined. The

result is shown in MFLOPS (Million Floating Point Operations per Second).

15 Pentium M 1.1 GHz, 512MB DDR-SDRAM 3623 2697

16 Pentium M 1,4 GHz, 512MB DDR-SDRAM 4563 3409

21 Celeron M 1.06 GHz, 512MB DDR2-SDRAM 3636 2680

22 Celeron M 1.06 GHz, 2x512MB DDR2-SDRAM 3636 2681

23 Core 2 Duo 1.06 GHz, 2x1024MB DDR2-SDRAM 9800 6800

25 Core Duo 1.66 GHz, 2x1024MB DDR2-SDRAM 11348 8398

26 Core 2 Duo 2.16 GHz, 1024MB DDR2-SDRAM 19846 13778

29 Atom N270 1,6GHz, 2x2048MB DDR2-SDRAM 4035 3370

APC810 with INTEL GM45 chipset

30 Core 2 Duo 2,53 GHz, 2x2048MB DDR3-SODIMM 23349 18754

31 Atom N270 1,6GHz, 1024MB DDR2-SDRAM 4039 3361

INTEL Evalboard with INTEL US15W Chipsatz

33 Atom Z530 1,6GHz, 1024MB DDR2-SDRAM 3998 3345

(48)

Oktober 16, 2009 48/59 SiSoft Sandra 2007 CPU Arithmetic

3623 4563 5845 4039 3998 4035 ₃₆₃₆ ₃₆₃₆ 9800 13764 113 48 19846 19919 23349 20881 2697 3409 4383 3361 3345 3370 2680 2681 6800 9554 839 8 13778 13795 18754 16755 0 5000 10000 15000 20000 25000 AP C620 Pent ium M-1 100 APC 620 Pent ium M-1 400 AP C620 Pent ium M-1 800 AP C62 0 N 27 0-1600 EVAL Z53 0-16 00 AP C810 N27 0-1 600 APC810 Cel ero nM -10 60 APC 810 Cel eronM -10 60 APC 810 C2D -10 60 APC 810 C 2D-1500 APC8 10 C D-1660 APC 810 C2D -21 60 APC 810 C 2D-2160 APC 810 C 2D-25 30 APC 810 C2D-2 260

Dhrystone ALU (MIPS) Whetstone FPU (MFLOPS)

(49)

4.11.2 CPU multimedia

This test determines the multimedia performance of the CPU. During this test, the speed and

perform-ance are checked for the technologies used, such as MMX, SSE, SSE2 (depending on the processor).

APC810 with INTEL 945GM chipset

29 Atom N270 1,6GHz, 2x2048MB

DDR2-SDRAM

29487 19806

(50)

Oktober 16, 2009 50/59 SiSoft Sandra 2007 CPU MultiMedia

10287 130 44 1678 2 29569 29249 29487 8324 8322 5 8703 82474 2 5981 1 19063 ₁19128 140 199 12534 2 1163 9 147 53 18953 198 80 196 50 198 06 113 11 112 94 3 1642 44468 3537 6 64 213 64 224 7 5771 677 57 0 20000 40000 60000 80000 100000 120000 140000 160000 APC 620 Pent ium M-11 00 APC 620 Pent ium M-14 00 APC6 20 P entium M-18 00 APC 620 N27 0-1600 EVA L Z 530 -160 0 APC 810 N270 -1600 APC 810 Cel eron M-1 060 APC 810 C eleron M-106 0 APC 810 C2D -1060 APC 810 C2D -1500 APC 810 CD -16 60 APC 810 C2D -2160 APC 810 C2 D-21 60 APC 810 C2D -2530 APC 810 C2D -2260

(51)

4.11.3 Memory bandwidth

The performance of the system memory (main memory) is determined here. This is done by transferring a

large amount of data. The result is the maximum "memory throughput" in MB/s.

15 Pentium M 1.1 GHz, 512MB DDR-SDRAM1 2057 2057

18 Pentium M 1.8 GHz, 1024MB DDR-SDRAM1 1541 1549

APC810 with INTEL 945GM chipset

29 _{Atom N270 1,6GHz, 2x2048MB DDR2-SDRAM} ₃₂₂₄ ₂₇₉₂

30 _{Core 2 Duo 2,53 GHz, 2x2048MB DDR3-SODIMM} ₅₉₆₆ ₅₉₅₇

1) See information